首页> 外国专利> Method for obtaining nitrogen doped titanium dioxide nanotubes through anodic treatment in amine solution, preferably applicable in photovoltaics and photoanalysis

Method for obtaining nitrogen doped titanium dioxide nanotubes through anodic treatment in amine solution, preferably applicable in photovoltaics and photoanalysis

机译:通过在胺溶液中进行阳极处理获得氮掺杂的二氧化钛纳米管的方法,优选适用于光伏和光分析

摘要

process to obtain titanium dioxide nanotubes doped nitrogen in solution by anodyzacji amines, applicable especially to photovoltaics and fotokatalizy, is that to the electrolyte (3) which is a solution of water and ethylene glycol or water and glycerol, including y fluoride ions in salt form fluorkowej, and nitrogen source of amine.immersed are: titanium plate (1) and a platinum (2), to which the constant voltage is applied. after completion of the anodyzacji and removing titanium plates (1) with the electrolyte (3) the last step of tio2 nanotubes is their calcination furnace in air or argon atmosphere in order to transition from amorphous to crystalline phase material.in addition, the degree of doping nanotubes with nitrogen is closely dependent on type of amine and its concentration in elektrolicie. it is possible domieszkowanie nitrogen during growth on nanotubes thanks to the electrolyte (3) the source dopant in the form of amines.
机译:尤其适用于光伏和fotokatalizy的由安迪扎奇胺制得的二氧化钛纳米管掺杂氮的方法,特别适用于电解质(3),该电解质为水和乙二醇或水和甘油的溶液,包括盐形式的y离子荧光灯和浸入胺的氮源是:施加有恒定电压的钛板(1)和铂(2)。在完成了安迪扎奇并用电解质(3)除去钛板(1)之后,TiO2纳米管的最后一步是在空气或氩气气氛中对其进行煅烧,以使其从非晶相转变为晶相材料。用氮掺杂纳米管与胺的种类及其在电子中的浓度密切相关。由于电解质(3)是胺形式的源掺杂剂,因此在纳米管上生长期间可能会产生domieszkowanie氮。

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